new ferd turbo??
hi all,i was chatting with a owner of a new powerjoke at the fuel station the other day,he told me his truck has a multi stage turbo with 2 diferent sized veins,the way he described it,it sounds like a factory set of twins,he claims no lag at all,is he right and will one fit on our trucks?not that i want a ferd part on my truck but if its like twins i will search for one at the wreckers.thanx
Found this on the net, looks like fords will have some good power making capabilities...air-wise at least..
6.4
The 6.4 L Power Stroke, due out for the 2007 model year Ford Super Duty trucks are redesigned, will have twin sequential turbos — a smaller one feeding the bigger one. The benefits of this are faster spool-up times, smoother power delivery, and better fuel economy and emissions. The 6.4 L will probably be based on the 6.0 L block but may be a Ford design.
The engine is said to produce 350 hp (260 kW) and 650 ft·lbf (880 N·m). [1]
6.4
The 6.4 L Power Stroke, due out for the 2007 model year Ford Super Duty trucks are redesigned, will have twin sequential turbos — a smaller one feeding the bigger one. The benefits of this are faster spool-up times, smoother power delivery, and better fuel economy and emissions. The 6.4 L will probably be based on the 6.0 L block but may be a Ford design.
The engine is said to produce 350 hp (260 kW) and 650 ft·lbf (880 N·m). [1]
Originally Posted by duallydave
hi all,i was chatting with a owner of a new powerjoke at the fuel station the other day,he told me his truck has a multi stage turbo with 2 diferent sized veins,the way he described it,it sounds like a factory set of twins,he claims no lag at all,is he right and will one fit on our trucks?not that i want a ferd part on my truck but if its like twins i will search for one at the wreckers.thanx
Originally Posted by Ph4tty
This is new technology and people are trying to get this to work on our trucks. Look at the aurora MST from ATS. So what if he has a nice turbo on a junk motor =P
The present crop of 6L fords use a "variable geometry" turbocharger , he has the right idea , but he explained it wrong , there are veins in the exhaust housing that guide the exhaust as it comes in , making it hit different parts of the turbine wheel, it starts at the outside edge , to decrease spool up time , and as the turbo spools , it directs the air closer to the center of the turbine , making it spin faster , and producing more boost.
I would not be too excited about fords new twin setup , it is an international based engine, and international has been using a 6 cylinder verson for a while it in's small cab over trucks, it has alot of power (stock for stock, it probably woulda taken my cummins off the line , even considering the one i drove had a 20' van body on it) but on the highway it falls flat on it's face. Anyways , to my point , i have already seen a few turbocharger failures (and one runaway, that we think got to around 8000 rpm before the internal engine components vaporized).
I would not be too excited about fords new twin setup , it is an international based engine, and international has been using a 6 cylinder verson for a while it in's small cab over trucks, it has alot of power (stock for stock, it probably woulda taken my cummins off the line , even considering the one i drove had a 20' van body on it) but on the highway it falls flat on it's face. Anyways , to my point , i have already seen a few turbocharger failures (and one runaway, that we think got to around 8000 rpm before the internal engine components vaporized).
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